4. Course Presenter
Dan Ross, CPEng. (NZ), MUP
Senior Transportation Planner,
Opus International Consultants, Ltd.
North Vancouver, British Columbia, Canada
Formerly
- Transit Planner – Edmonton Transit System
- Senior Transportation Consultant – Opus, Auckland, NZ
- Traffic Planner/Borough Planner – New York City DOT
- Associate City Planner – New York City DCP
5. Why This Topic?
Similarities towards active
transportation and transit
Burden of proof is on you
- Gatekeepers
- Prejudices
- Responsive strategies
- Different delivery and outcomes
6. Why This Topic?
High Level plans have
similar intentions
• Higher PT/AT trips
• Reduced emissions
• Denser development
• Translate ‘down’ to
specific plans
New York, NY
Auckland, NZ
Vancouver, BC
Edmonton, AB
7. A Common Path
High Level Policy
Priority Statement
Program/Schedule of Projects
Feasibility?
Planners
Engineers
Investigation
8. Some Success
1st Ave Complete Street –
New York, NY
Dunsmuir St. bike lanes –
Vancouver, BC
Beach Rd cycle lanes –
Auckland, NZ
9. Some Success – NYC
NYCDOT
- Cycle mode increases, not at expense of transit
- Fewer crashes, reduced risk
23. 1. Effects on Traffic – short and long term
2. Constructability – how much and where?
3. Whole life costs – operations and maintenance
Minimal Considerations
24. ‘Business Case’
1. Traffic Impacts
2. Constructability
3. Operations and Maintenance
4. Other elements to consider
26. 2. What will happen to affected/displaced traffic?
- modelling, route analyses, mode shift?
Traffic Impacts
Be Prepared to Discuss
1. What is an ‘acceptable’ impact?
- i.e., LOS, v/c ratio, peak impacts
3. How many people are affected? Not just cars
- Quantify comparative impacts
27. Example 1
Broadway Blvd – New York, NY
• Road diet for major
Manhattan street; 33rd
St – 59th St
• Not possible without
extensive network
modelling
• Led to Greenlight for
Midtown projects
• Continuously
monitored and updated
28. Example 1 – con’t.
Broadway Blvd – New York, NY
• Willingness to experiment
• Reduced capacity impacts
verified
• Low-cost treatments in
short term
• Adjustments made with
monitoring
29. Example 1 – con’t.
Broadway Blvd – New York, NY
Before After
B’way south of 59th St
30. Example 1 – con’t.
Broadway Blvd – New York, NY
Before After
Times Square
31. Example 2
Cycle Boulevards – Auckland, NZ
Hillsborough Rd
/Quona Ave
Dominion Rd
/Memorial Ave
• 1st attempt at Portland-style bike
boulevards
• Suburban areas with few impacts,
design changes
• Some capacity analysis ultimately
required
32. Example 2 – con’t.
Auckland Cycle Boulevards
• Originally rerouted 0.5km to south to new signalized intersection
• Crossing impacts forced into scope
• No adverse impacts – approved
Dominion Rd/Memorial Ave
33. Example 2 – con’t.
Auckland Cycle Boulevards
Hillsborough Rd/Quona Ave
• Full signalization preferred
• Alternative scenarios forced into scope
• Impacts deemed too severe; signalized crossing accepted
35. Example 3
Ngahue Drive – Auckland, NZ
New Stonefields
Development
(former quarry)
Auckland Council GIS Viewer
cycling
facilities
cycling
facilities • 1.5km connecting
cycle way
• On strategic
network
• 3m-5m wide
boulevard/berm
next to golf course
• No room for on-
road facilities
36. Example 3 – con’t.
Ngahue Drive – Auckland, NZ
• Utility poles, drainage,
structural, encroachment,
arboreal issues
• $2.1M - $6.4M cost
• Residential side imperfect but
cheaper
• Optics of cost vs. inability to
provide quality (it’s only money)
Google Street View
37. Example 4
Materials
Auckland, NZ
Fort Street Shared Space
• High-quality redesign
• Full consultation
• NZ$23M for 800m
Jean Batten Place
Before
After
38. Example 4 – con’t.
Materials
New York, NY
NYCDOT Plaza Program
Pearl St Plaza, Brooklyn
• Concrete, asphalt only
• Local partnerships
• Minimal design, cost
• Potential for staging
Corona Plaza, Queens
40. Edmonton Complete Streets Pilot Projects
Design Elements
Example 5
• Sustainability initiative from
Transportation Master Plan
• NACTO-influenced
• Application constraints
- curb build-outs
- lane widths
www.edmonton.ca
41. Edmonton Complete Streets Pilot Projects
Design Elements
Example 5 – con’t.
Curb Extensions
City of Edmonton –
Complete Streets Guidelines, 2013
42. Edmonton Complete Streets Pilot Projects
Design Elements
Example 5 – con’t.
City of Edmonton –
Complete Streets Guidelines, 2013
Preferred Lane Widths
43. Edmonton Complete Streets Pilot Projects
Design Elements
Example 5 – con’t.
Bad for Bulb-outs
Curb Extensions
• No plow equipment for curb
extensions
• Delay until existing fleet is
upgraded
44. Edmonton Complete Streets Pilot Projects
Design Elements
Example 5 – con’t.
Preferred Lane Widths
Seasonal Road Diet
• ‘Windrow’s reduce curbside widths
• Alberta min. is 4.2m to compensate
45. • National Ass’n of City Transportation Officials (NACTO)
• Vehicle-Miles Traveled (VMT) over LOS – CEQA
• Multimodal LOS Analyses
• Improved GIS applications
• Data collection techniques
• Social Media outreach
• Tasteful Obstinacy – not new
New-ish Resources
46. New-ish Resources – con`t
`NYCDOT Current Projects`
http://www.nyc.gov/html/dot/html/about/current-projects.shtml
‘California Senate Bill (SB) 743’
http://leginfo.legislature.ca.gov/faces/billNavClient.xhtml?bill_i
d=201320140SB743
‘Updating Transportation Impacts Analysis in
the CEQA Guidelines’
47. Summary
• Burden of Proof is on you
• Know your implementation context
• Consider risks during planning
• Challenge engineers
• Build your Business Case
48. Building a Better Business Case
1. Traffic Impacts
2. Constructability
3. Operations &
Maintenance
• What will happen to traffic?
• Analysis in scope or RFP
• How will this thing be built?
• Timing of construction
• Materials
• Minimum access requirements?
• How will it function?
• Who will maintain?
Burden of proof is on you